Uspto reexamination request - update - march 7th to march 13th, 2012 - invn tree

USPTO – Re examination Update March 7th to March 13th, 2012
S.N Patent Control Requested Requeste Type Title Abstract Assignee(s) Inventor(s) Primary Other
number Number date r Class Class
An elongate
hollow
cylindrical
member
houses
electronic
circuitry and
has disposed
on its
surface, on
Nautilus,
either end, a
Inc.,
live electrode
Matthew
and a spaced Biosig
C.
common Instruments Lekhtman,
5,337,75 90/012,10 Jan. 25, Phillips, Heart rate
1 Ex Parte electrode. Inc. Gregory 600/519 600/520
3 4 2012 Stoel monitor
The (Montreal, (Montreal, CA)
Rives,
electronic CA)
LLP.,
circuitry
Portland,
includes a
OR
difference
amplifier,
and
electromyogr
am signals
detected by
the
electrodes
are applied to
opposite

Patent Support Services - www.invntree.com contact@invntree.com

polarity
inputs of the
difference
amplifier. As
the
electromyogr
am signals
are of
substantially
equal
amplitude
and phase,
the
electromyogr
am signals
will be
subtracted
from each
other in the
difference
amplifier to
provide a
substantially
zero output
due to
electromyogr
am signals at
the output of
the
difference
amplifier.


However,
electrocardio
graph
signals,
being of
opposite
phase, will
be added in
the
difference
amplifier so
that the
output of the
difference
amplifier is
substantially
due to only
the
electrocardio
graph signal.
Elevator
W. Todd
installation. Friedli, Paul
Baker,
This device (Remetschwil,
Oblon
enables an CH);
Spivak
implicit input Inventio AG Schneeberger,
5,689,09 90/012,10 Jan. 24, McClellan Elevator
2 Ex Parte of destination (Hergiswil, Karl (Root, 187/384 187/392
4 3 2012 d Maier & installation
calls in CH) CH);
Neustadt,
elevator Bornhauser,
LLP.,
installations, Hans Peter
Alexandri
with an (Buchrain, CH)
a, VA
information


transmitter,
after a
correspondin
g enquiry,
sending data
to a
recognition
device,
wherein the
data can
contain direct
information
about the
desired
destination
floor or serve
for the
identification
of the
elevator user
and thus
enable access
to the
information,
filed in a
storage
device, about
the
destination
floor, with
the storage


device being
accommodat
ed in a
processing
unit of an
elevator
control. The
communicati
on between
the
recognition
device and
the
information
transmitter
takes place
via radio
frequencies
and with the
aid of the
obtained
data, the
destination
floor is
determined
in the
processing
unit and
conveyed to
the lift
control, with


the allocation
being
communicate
d to the
passenger on
a display
device, with
the process
of the call
entry taking
place
automatically
, contactless
and
independent
of the
orientation of
the
information
transmitter,
i.e. it need
not be visible
for the
recognition
device, with
an input
device being
provided for
changing the
floor that is
proposed by


the
processing
unit.
An extension
arm suitable
for mounting
a flat-screen
electronic
peripheral
device, such
as a
computer
monitor or
Carl A. television,
Hjort, III, Arm comprises a
Innovative
SpaceCo, apparatus forearm
Office Oddsen Jr., 248/278.1,
6,478,27 90/012,09 Jan. 20, Business for extension
3 Ex Parte Products, Odd N. 248/274.1 248/282.1,
4 9 2012 Solution, mounting that has at
Inc. (Easton, (Easton, PA) 248/284.1
Inc., electronic one end a
PA)
Denver, devices first coupling
CO for
attachment to
a tilter, a
platform or
other means
for
supporting a
flat-screen
device and at
the other end
a second


coupling.
The
extension
arm also
comprises a
pair of end
caps, each
having a
shaft. The
shaft of the
first end cap
is pivotably
rotatable in a
support
mount, such
as a wall,
desk or pole
mount. The
shaft of the
second end
cap is
pivotably
rotatable in
the second
coupling of
the forearm
extension.
The
extension
arm also
comprises an


upper
channel and
a lower
channel.
Each channel
has at
opposite ends
a pair of
integrally
cast rollers
which are
pivotably
attached to
each of the
end caps.
The upper
and lower
channels and
the end caps
form an
adjustable
parallelogra
m. The shape
of the
parallelogra
m is retained
by a gas
spring, which
is attached at
a first end to
a ball stud


mounted in
the upper
channel and
adjustably
mounted at a
second end
to the first
end cap. A
clevis is
located
within the
first end cap
and is
pivotably
attached to
the second
end of the
gas spring. A
threaded rod
threadedly
engages the
clevis, such
that the
clevis slides
within the
first end cap
when the rod
rotates
around its
axial
centerline.


The present
invention
discloses a
method for
producing
graphical
indicators
and
Generalpl interactive
us systems for
Technolo utilizing the
Method for
gy, Inc., graphical
producing
Weiguo indicators.
indicators Sonix
Chen, On the
and Technology
Finnegan surface of an
7,328,84 90/012,10 Jan. 26, processing Co., Ltd. Tsai, Yao-hung
4 Henderso Ex Parte object, 235/454 235/435
5 2 2012 apparatus (Chupei, (Taipei, TW)
n visually
and system Hsinchu,
Farabow negligible
utilizing TW)
Garrett & graphical
the
Dunner, indicators are
indicators
LLP., provided.
Washingt The
on, DC graphical
indicators
and main
information,
i.e. text or
pictures, co-
exist on the
surface of
object. The


graphical
indicators do
not interfere
with the
main
information
when the
perception of
human eyes
are
concerned.
With the
graphical
indicators,
further
information
other than
the main
information
on the
surface of
object are
carried. In
addition to
the main
information
on the
surface of
object, one is
able to obtain
additional


information
through an
auxiliary
electronic
device or
trigger an
interactive
operation.
The
invention
relates to
film products
containing
desired levels
Yang, Robert
of active
K. (Flushing,
components
Danielle NY, US);
and methods
L. Herritt, Fuisz, Richard
of their
McCarter Process for MonoSol Rx, C. (McLean,
preparation.
7,357,89 90/012,09 Jan. 20, & making an LLC VA, US); 264/211.1 264/234,
5 Ex Parte Desirably,
1 8 2012 English, ingestible (Portage, IN, Myers, Gary L. 2 264/260
the films
LLP., film US) (Kingsport,
disintegrate
Boston, TN, US);
in water and
MA Fuisz, Joseph
may be
M. (McLean,
formed by a
VA, US)
controlled
drying
process, or
other process
that
maintains the


required
uniformity of
the film.
Desirably,
the films
may be
exposed to
temperatures
above that at
which the
active
components
typically
degrade
without
concern for
loss of the
desired
activity.
Substrate This
Nanosolar structures invention
, for comprises 136/244,
Inc., Paul integrated manufacture Luch, Daniel 136/252,
M. series of (17161 Copper 136/256,
7,732,24 90/012,10 Jan. 25, Anderson, connected photovoltaic Hill Dr., 438/61,
6 Ex Parte 438/57
3 7 2012 Paul M. photovoltai cells by Morgan Hill, 438/62,
Anderson, c arrays deposition of CA, 95037, 438/73,
PLLC., and process thin film US) 438/80,
Austin, of photovoltaic 438/98
TX manufactur junctions on
e of such metal foil


arrays substrates.
The
photovoltaic
junctions
may be heat
treated if
appropriate
following
deposition in
a continuous
fashion
without
deterioration
of the metal
support
structure. In
a separate
operation, an
interconnecti
on substrate
structure is
provided,
optionally in
a continuous
fashion.
Multiple
photovoltaic
cells are then
laminated to
the
interconnecti


on substrate
structure and
conductive
joining
methods are
employed to
complete the
array. In this
way the
interconnecti
on substrate
structure can
be uniquely
formulated
from
polymer-
based
materials
employing
optimal
processing
unique to
polymeric
materials.
Furthermore,
the
photovoltaic
junction and
its metal foil
support can
be produced


in bulk
without the
need to use
the expensive
and intricate
material
removal
operations
currently
taught in the
art to achieve
series
interconnecti
ons.
This
invention
Substrate comprises
structures manufacture
Nanosolar
for of
,
integrated photovoltaic 136/244,
Inc., Paul
series cells by 136/252,
M.
connected deposition of Luch, Daniel 136/256,
7,898,05 90/012,10 Jan. 25, Anderson,
7 Ex Parte photovoltai thin film (Morgan Hill, 257/448 257/E31.12
3 5 2012 Paul M.
c arrays photovoltaic CA, US) 4,
Anderson,
and process junctions on 257/E31.12
PLLC.,
of metal foil 6
Austin,
manufactur substrates.
TX
e of such The
arrays photovoltaic
junctions
may be heat


treated if
appropriate
following
deposition in
a continuous
fashion
without
deterioration
of the metal
support
structure. In
a separate
operation, an
interconnecti
on substrate
structure is
provided,
optionally in
a continuous
fashion.
Multiple
photovoltaic
cells are then
laminated to
the
interconnecti
on substrate
structure and
conductive
joining
methods are


employed to
complete the
array. In this
way the
interconnecti
on substrate
structure can
be uniquely
formulated
from
polymer-
based
materials
employing
optimal
processing
unique to
polymeric
materials.
Furthermore,
the
photovoltaic
junction and
its metal foil
support can
be produced
in bulk
without the
need to use
the expensive
and intricate


material
removal
operations
currently
taught in the
art to achieve
series
interconnecti
ons.
This
invention
comprises
manufacture
of
Substrate
photovoltaic
structures
Nanosolar cells by
for
, deposition of
integrated 136/244,
Inc., Paul thin film
series 136/252,
M. photovoltaic
connected Luch, Daniel 136/256,
7,898,05 90/012,10 Jan. 25, Anderson, junctions on
8 Ex Parte photovoltai (Morgan Hill, 257/448 257/E31.12
4 6 2012 Paul M. metal foil
c arrays CA, US) 4,
Anderson, substrates.
and process 257/E31.12
PLLC., The
of 6
Austin, photovoltaic
manufactur
TX junctions
e of such
may be heat
arrays
treated if
appropriate
following
deposition in
a continuous


fashion
without
deterioration
of the metal
support
structure. In
a separate
operation, an
interconnecti
on substrate
structure is
provided,
optionally in
a continuous
fashion.
Multiple
photovoltaic
cells are then
laminated to
the
interconnecti
on substrate
structure and
conductive
joining
methods are
employed to
complete the
array. In this
way the
interconnecti


on substrate
structure can
be uniquely
formulated
from
polymer-
based
materials
employing
optimal
processing
unique to
polymeric
materials.
Furthermore,
the
photovoltaic
junction and
its metal foil
support can
be produced
in bulk
without the
need to use
the expensive
and intricate
material
removal
operations
currently
taught in the


art to achieve
series
interconnecti
ons.
An exercise
bar cord
impingement
assembly
permits
exercise in
two modes,
defined in
terms of how
Terry, Douglas
cord
Craig A. C. (Salt Lake
anchoring is
Fieschko, City, UT, US);
arranged. It
Dewitt Reinforced Hinds, Robert
also permits
8,075,46 90/012,10 Jan. 23, Ross & cord well S. (Madison,
9 Ex Parte exercise to 482/121 482/126
1 1 2012 Stevens, lifting bar WI, US);
be conducted
SC., assembly Bonneville,
either with a
Madison, Lloyd W.
stretchable
WI (Madison, WI,
cord and
US)
handgrip
together
connected to
the bar's
body or just
the
stretchable
cord itself so
connected. In


either case,
there are
slots in the
bar's body to
slide the cord
through.
Specially
shaped wells
or nests
accommodat
e
impingement
of the elastic
cord and firm
handgrip
emplacement
. The ends of
the bar's
body are
preferably
shaped into
pipe bowl
configuration
disposed to
insure a good
fit and avoid
torque.
Third Printed A process Enthone Soutar, 106/1.23,
6,860,92 95/001,87 Feb. 1, Party Inter circuit used during Incorporated Andrew 106/1.24,
10 106/1.22
5 9 2012 Requester Partes board manufacture (West Mcintosh 106/1.25,
: manufactur of printed Haven, CT, (London, GB); 106/1.26,


MacDerm e circuit boards US) Mcgrath, Peter 106/1.27,
id, Inc.; comprises Thomas 106/1.28
(Att'y Is: protecting (Mission
Arthur G. metal pads Viejo, CA, US)
Schaier, and/or
Carmody through-
& holes to
Torrance, provide a
LLP., tarnish-
Waterbur resistant and
y, CT), solderable
Real Party coating. In
in the method,
Interest: the pads
Same As and/or
Third through-
Party holes are
Requester bright-
etched, metal
plated,
preferably by
an immersion
process, and
treated with a
tarnish
inhibitor.
The tarnish
inhibitor may
be
incorporated
into the


immersion
plating bath.
The metal
plating is
usually with
silver or
bismuth and
the pads
and/or
through-
holes
comprise
copper.
Third A
Party deformable
Requester mechanical
: Anvil pipe coupling
Internatio is disclosed. Gibb, John
nal, LLC.; The coupling (Beeton, CA);
(Att'y Is: has a Dole, Douglas
Deformabl
Jeffrey R. plurality of Victaulic R.
e
7,086,13 95/001,87 Jan. 27, Kuester, Inter interconnecta Company (Whitehouse
11 mechanical 29/282
1 8 2012 Taylor Partes ble segments (Easton, PA, Station, NJ,
pipe
English that straddle US) US); Pigott,
coupling
Duma, the ends of Michael S.
LLP., pipe (Bluffton, SC,
Atlanta, elements to US)
GA), Real be joined.
Party in The
Interest: segments
Same As have arcuate


Third surfaces that
Party engage outer
Requester surfaces of
the pipe
elements.
The outer
surfaces
subtend an
angle of less
than 180°
and have
radii of
curvature
greater than
the radii of
curvature of
the pipe
element outer
surfaces. The
segments
have
adjustably
tightenable
connection
members for
connecting
the segments
to one
another.
When the
connection


members are
tightened, the
arcuate
surfaces
deform and
conform to
the radius of
curvature of
the outer
surface of the
pipe
elements.
Third A
Party composition
Requester comprising
: WH heme iron
Nutritiona and/or heme Venkataraman,
ls, LLC.: iron Bala (405
(Att'y Is: Compositio polypeptide Gatehouse Ct.,
Steven n and in Alpharetta,
Hultquist, method for combination GA, US); 424/468,
7,585,52 95/001,86 Jan. 24, Inter
12 Hultquist, treating with ionic Guthrie, 426/32 514/1.1,
7 8 2012 Partes
IP, iron iron(s) and/or Michael (2811 514/13.5
Research deficiency chelated Ridge Dr.,
Triangle anemia iron(s). Grand
Park, Administrati Junction, CO,
NC), Real on of US)
Party effective
in dosages of
Interest: the present
Same As composition


Third provides a
Party method for
Requester treating
and/or
preventing
iron
deficiency
anemia, and
the
physiological
,
biochemical,
morphologic
al, and
behavioral
manifestation
s
symptomatic
of same.
Third A
Party deformable Gibb, John
Requester mechanical (Beeton, CA);
: Anvil pipe coupling Dole, Douglas
Deformabl
Internatio is disclosed. Victaulic R.
e
7,712,79 95/001,88 Feb. 1, nal, LLC.; Inter The coupling Company (Whitehouse
13 mechanical 285/411 285/367
6 0 2012 (Att'y Is: Partes has a (Easton, PA, Station, NJ,
pipe
Jeffrey R. plurality of US) US); Pigott,
coupling
Kuesler, interconnecta Michael S.
Taylor ble segments (Roswell, GA,
English that straddle US)
Duma, the ends of


LLP., pipe
Atlanta, elements to
GA), Real be joined.
Party in The
Interest: segments
Same As have arcuate
Third surfaces that
Party engage outer
Requester surfaces of
the pipe
elements.
The outer
surfaces
subtend an
angle of less
than 180°
and have
radii of
curvature
greater than
the radii of
curvature of
the pipe
element outer
surfaces. The
segments
have
adjustably
tightenable
connection
members for


connecting
the segments
to one
another.
When the
connection
members are
tightened, the
arcuate
surfaces
deform and
conform to
the radius of
curvature of
the outer
surface of the
pipe
elements.


Uspto reexamination request - update - march 7th to march 13th, 2012 - invn tree

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Uspto reexamination request - update - march 7th to march 13th, 2012 - invn tree